Latest Articles for Electronic Devices

This article explores the impact of iron doping on the properties of Weyl semimetals.

Study uncovers potential for 2D chromium in spintronic devices.

Research sheds light on how material interfaces affect electronic device performance.

New GdOsSi material exhibits charge density wave at room temperature.

Research on Pt/Co/Gd multilayers unveils unique magnetic behaviors for future tech.

Exploring how light interacts with materials in complex ways and its applications.

Timepix4 chip improves timing resolution for particle detection in various fields.

This article explores the connections between semiclassical and response theories in electric fields.

Exploring how layer distance shapes electron behavior in complex materials.

Studying excitons in twisted hBN reveals new light-emitting properties.

Study reveals insights on cesium lead bromide crystallization and its effects on device performance.

GeS shows promise for future electronic and optoelectronic technologies due to its unique properties.

Research on layered materials reveals unique electronic properties and possibilities for future technologies.

RealTimeTransport offers insights into quantum transport for modern electronic systems.

Exploring shift excitons and their impact on material behavior and applications.

Research reveals key factors affecting edge plasmons in V-doped bismuth selenide films.

Examining defects in materials, particularly hexagonal boron nitride, and their implications for technology.

Exploring how fluid dynamics influence organic electronic device patterns.

Studying how computational model size affects inorganic mixed-halide perovskite alloys.

Examine how liquid mixtures change during drying for electronic device production.

Exploring the behavior of Wigner molecules in layered materials.

Exploring the potential of antiferromagnetic topological insulators in advanced electronics.

Study explores spin-phonon coupling in a unique double perovskite material.

A new model enhances the analysis of electronic loads in power grids.

New techniques improve predictions of defect formation energies in materials.

Research highlights the role of subgap states in superconductor-semiconductor devices.

1T-TaS2 shifts between insulating and metallic states with electric pulses.

Research into hybrid systems reveals unusual electron behaviors and potential technological advancements.

Scientists examine fractional Chern insulators and their role in electronic behavior.

Researchers improve HgTe nanowires for future electronics and quantum technologies.

Researchers achieve high-quality MoSe layers on hBN, enhancing optical properties for future tech.

Research highlights Mn CuGe's potential in spintronics with unique magnetic behavior.

Researchers examine twisted two-dimensional materials and their unique electronic behaviors.

Discover the unique electronic properties of supertopological materials and their potential applications.

Investigating the Blatter radical's role in electronic devices and its magnetic properties.

Recent research sheds light on electron movement in quantum dot arrays.

Research reveals how light influences the unique properties of topological semimetals.

Study of how electric currents affect electron spins in various materials.

A novel gate layout improves valley-polarized current generation in two-dimensional materials.

A new perspective on the anomalous Hall effect reveals complex interactions in magnetic materials.